The Internet of Things (IoT) has emerged as the most important structural element for the effective development of every organization, regardless of industry or size. A good example of this is found in the healthcare business, where new developments are made daily.
The Internet of Medical Things (IoMT) has gained prominence in recent years due to smart technologies in healthcare. Health care organizations can get vital insights by integrating medical devices that communicate via the IoMT.
There is a wide range of applications and functions in the health service where IoT devices play a key role, from symptom management to preventing diseases. Let's see how IoT can change the world through these real-world examples.
Diabetes patients typically struggle to stay under the appropriate glycemic goal during the day. This led to the invention of the Open Artificial Pancreas System (OpenAPS). OpenAPS automatically monitors glucose levels in the person's blood and gives the appropriate insulin dosage. There's an insulin pump, a glucose sensor, and an algorithm that allows them to communicate effectively. Diabetes patients can sleep better at night if their insulin is delivered automatically. This device can be tailored to suit both hypoglycemia and hyperglycemia in different ways.
It's no secret that cancer is a leading cause of mortality around the world. Cancer kills roughly 9.8 million people worldwide each year, according to the WHO. The use of IoT-enabled technologies can aid in the early detection of signs and the formulation of treatment strategies depending on the level of the infection. Wearable technologies for detecting breast cancer have also been developed. Advanced analytics and deep learning are used to measure the temperature of the tissue over several weeks with these sensors. Researchers are also exploring non-toxic cancer therapies that use ML to reduce side effects.
Sensor-embedded tablets have been developed by pharmaceutical corporations for patient use. Patients wear a battery-powered monitor patch that receives data from the sensors. Following ingestion, the sensor communicates vitals data via Bluetooth, allowing patients or caregivers to keep track of their health. Ingestible sensors are particularly beneficial for elderly patients who frequently miss or miscalculate their dosage. Some revolutionary disposable tablets have sensors that can take high-speed photos of the internal organs. These tablets are linked to a patient-worn gadget that gathers images and delivers them to a doctor for a diagnosis.
Using an IoT-based healthcare system that monitors individuals outside traditional medical settings can dramatically enhance healthcare. Geriatric patients and those who live in remote areas without easy access to medical facilities may benefit the most from this. RPM wearables also provide cost-effective solutions for patients following a surgical treatment by gathering and communicating scientifically accurate patient records to the doctor and permitting quicker treatment options in case of diagnostic anomalies. Furthermore, the patient's healthcare costs are likely to be reduced by this round-the-clock health monitoring function. It also benefits hospitals by lowering readmissions and allowing physicians to see more patients.
Improved data-driven judgments for patients are made possible by these cutting-edge healthcare technologies. There may be scientific hurdles and adaptation gaps that need to be overcome as it is a constantly evolving industry. Nevertheless, with time and inventions, we will see the Internet of Things (IoT) being used in every country on the planet.